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EDA’s 3D-Printing project for Energetic Materials launched

Saint-Louis (France) - 05 March, 2019

The Additive Manufacturing Techniques for Energetic Materials (AMTEM) project, for which the programme arrangement was signed last December by six participating EDA Member States (Finland, France, Germany, Netherlands, Poland, Sweden) as well as Norway, was officially launched at a kick-off meeting on 12/13 February.

The event, which took place at the French-German Research Institute of Saint-Louis (ISL), brought together 15 European organisations working in the field of Energetic Materials, namely: ISL, Ariane Group, EURENCO, NEXTER Group, Fraunhofer Institute for Chemical Technology (ICT), The Netherlands Organisation for Applied Scientific Research (TNO), Norwegian Defence Research Establishment (FFI), NAMMO, Chemring Nobel, Polish Military Institute of Armament Technology (MIAT), Swedish Defence Research Agency (FOI), Finish Defence Research Agency (FDRA), Oy Forcit AB, Raikka OY and Aalto University.

Additive manufacturing (AM) - or 3D-Printing - technologies have been identified as a major enabling technology to improve Europe’s industrial competitiveness. The defence sector is also exploring the potential offered by AM technologies to further develop military capabilities. Within EDA’s CapTech Ammunition Technologies, a group of Member States agreed to join forces and develop a multinational research project on the use of Additive Manufacturing for the production of Energetic Materials to be used both as propellants as well as warheads. It was this initiative that led to the AMTEM project.

Over the next four years, the AMTEM project team will investigate and assess appropriate materials and related Additive Manufacturing production techniques, in particular with a view to producing new types of warheads and propellants with enhanced performance and ensuring faster and cheaper production processes for short series as well as rapid prototyping. The research project is also expected to help develop new munitions and missiles systems concepts with increased operational performance and further strengthen the European industrial competitiveness.